As a temperature sensor, thermocouple type k m6 are usually used in conjunction with display instruments, recording instruments, and electronic regulators. Generally used to measure the temperature of heated metal solids. K-type thermocouples have advantages such as good linearity, large thermoelectric electromotive force, high sensitivity, good stability and uniformity, strong oxidation resistance, and low cost.

Product parameters of thermocouple type k m6

① Stainless steel braided/silicone, 7-core/0.2 stranded wire core.

② High-temperature antioxidant hot end heat transfer tube. Copper material, good thermal conductivity, high temperature resistance and oxidation resistance.

③ High resistance bending protection spring, made of stainless steel material

④ Thermocouple wire accuracy: General industrial grade Level II

⑤ Graduation number: K

⑥ Range: 0-250 ℃

⑦ Easy to assemble, the hot end is fixed on the tested object, and the SV terminals are connected to the display instrument+and - terminals in red and blue respectively.

Characteristics of thermocouple type k m6:

(1) The thermocouple performance is stable within the temperature measurement range and does not change with time and the object being measured;

(2) Stable physical and chemical properties within the temperature measurement range, resistant to oxidation and corrosion, and radiation resistance;

(3) The thermocouple should have sufficient sensitivity and the rate of change of thermoelectric potential with temperature should be large enough;

(4) The thermoelectric characteristics are close to single value linear or approximate linear;

(5) High conductivity, low temperature coefficient of resistance;

(6) Good mechanical performance, high mechanical strength, and uniform material; Good craftsmanship, easy processing, good reproducibility, simple manufacturing process, and with affordable price.

FAQ

Q: How to distinguish thermocouple models? The commonly used thermocouple graduation numbers include R B, S, K, T, E, N.

A: 1. Firstly, visually classify from coarse to fine: R, B, S are composed of precious metals with fine wire diameters; K. T, E, and N are ordinary metals with thicker wire diameters.
2. Secondly, the output thermoelectric potential is measured by heating [approximate data]: for thick wire diameters, when heated at 100 ℃, the thermoelectric potential of K is 4.095mV; The thermoelectric potential of E is 6.317mV; The thermoelectric potential of N is 2.774mV; The thermoelectric potential of T is 4.277mV; For thin wire diameters, the thermoelectric potential of B at 1000 ℃ is 4.833mV; The thermoelectric potential of R is 13.316mV, and the thermoelectric potential of S is 9.586mV. If it is impossible to determine the thickness of the wire diameter, directly heat and measure the thermoelectric potential. First, heat 100 ℃, and then heat 1000 ℃, because E and T types cannot withstand 1000 ℃

For more details of thermocouple type k m6, please feel free to contact phone/wechat/whatsapp:+ 8613530821762

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K-type thermocouple specifications

Model

Products Name

Wire material

Line skin

Wire diameter
(MM)

Wire core specifications

length
(MM)

Graduation mark

Actual application temperature
(℃)

thermal conductor

Thermal conductor material

Thermal conductor size
(MM)

Nut material

Thread

Nut size

Connection terminal

Connection terminal size
(MM)

Spring material

Spring size
(outer diameter * length MM)

Insulated/non-insulated

TS-M6-05

Nut type K-type thermocouple

KX nickel chromium nickel silicon

stainless steel braided

2*3

7*0.2

500

K

0-250

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TS-M6-10

Nut type K-type thermocouple

KX nickel chromium nickel silicon

stainless steel braided

2*3

7*0.2

1000

K

0-250

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TS-M6-15

Nut type K-type thermocouple

KX nickel chromium nickel silicon

stainless steel braided

2*3

7*0.2

1500

K

0-250

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TS-M6-20

Nut type K-type thermocouple

KX nickel chromium nickel silicon

stainless steel braided

2*3

7*0.2

2000

K

0-250

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TR-M6-05

Nut type K-type thermocouple

KX nickel chromium nickel silicon

Silica gel

3

7*0.2

500

K

0-200

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TR-M6-10

Nut type K-type thermocouple

KX nickel chromium nickel silicon

Silica gel

3

7*0.2

1000

K

0-200

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TR-M6-15

Nut type K-type thermocouple

KX nickel chromium nickel silicon

Silica gel

3

7*0.2

1500

K

0-200

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

TR-M6-20

Nut type K-type thermocouple

KX nickel chromium nickel silicon

Silica gel

3

7*0.2

2000

K

0-200

casing

Nickel plated copper

4*25

Nickel plated copper

M6

13.5*10*11*3.5mm

Red and blue SV fork

20*6.5/4.3*0.5

spring steel

6*50

non-insulated

Thermocouple Type K M6

Product parameters of thermocouple type k m6

Characteristics of thermocouple type k m6:

FAQ

K-type thermocouple specifications